Battery Guides

Explainers on battery tech, degradation, and real-world cost.

1936 articles · page 143 of 162

Sodium-Ion Battery Companies vs. LFP & NMC: The EV Chemistry GuideBattery Guide

Sodium-Ion Battery Companies vs. LFP & NMC: The EV Chemistry Guide

How sodium-ion battery companies challenge LFP and NMC chemistries. Compare energy density, degradation, warranties, replacement costs, and real-world EV battery life.

SDCP Battery Rebate & EV Battery Guide: Costs, Warranties & ChemistryBattery Guide

SDCP Battery Rebate & EV Battery Guide: Costs, Warranties & Chemistry

Everything about EV batteries in 2026: LFP vs NMC chemistry, degradation data, warranty terms, replacement costs, and how the SDCP battery rebate applies.

2009 Pontiac G6 Battery vs Modern EV Batteries: What's ChangedBattery Guide

2009 Pontiac G6 Battery vs Modern EV Batteries: What's Changed

From a 2009 Pontiac G6 battery to 2026 EV packs: compare 12V lead-acid to LFP/NMC traction batteries, degradation data, warranty terms, and replacement costs.

Amprius 500 Wh/kg Battery Charging Time: When Will Silicon Anode EVs Arrive?Battery Guide

Amprius 500 Wh/kg Battery Charging Time: When Will Silicon Anode EVs Arrive?

We break down Amprius's 500 Wh/kg silicon anode cells, projected charging time, and how this emerging tech compares to today's NMC and LFP EV batteries.

Does the MG ZS EV Have a Liquid-Cooled Battery? Thermal Tech & Longevity ExplainedBattery Guide

Does the MG ZS EV Have a Liquid-Cooled Battery? Thermal Tech & Longevity Explained

Does the MG ZS EV have a liquid-cooled battery? We break down its thermal management, battery chemistry, degradation data, warranty terms, and replacement costs.

China's 540 Million-Ton Lithium Discovery May Impact Tesla's Sourcing Strategy: What It Means for EV BatteriesBattery Guide

China's 540 Million-Ton Lithium Discovery May Impact Tesla's Sourcing Strategy: What It Means for EV Batteries

China's massive lithium find could reshape Tesla's supply chain. We break down LFP vs NMC chemistry, degradation data, warranties, and replacement costs.

Capacity of Tesla Battery: kWh, Degradation & Real-World DataBattery Guide

Capacity of Tesla Battery: kWh, Degradation & Real-World Data

Tesla battery capacity breakdown by model (60-100 kWh), real-world degradation data, LFP vs NMC chemistry, warranty terms, and replacement costs in 2026.

Batteries Used in Electric Cars: Chemistry, Lifespan, and Replacement CostsBattery Guide

Batteries Used in Electric Cars: Chemistry, Lifespan, and Replacement Costs

What batteries are used in electric cars? Compare LFP vs NMC chemistry, real degradation data, warranty terms, replacement costs, and care tips for 2026 EVs.

Nissan Leaf Battery Replacement Cost in 2026: Full Guide & EV Battery Lifespan DataBattery Guide

Nissan Leaf Battery Replacement Cost in 2026: Full Guide & EV Battery Lifespan Data

What is the cost of replacement battery for Nissan Leaf? We break down 2026 pricing, degradation data, warranty coverage, LFP vs NMC chemistry, and how to maximize EV battery health.

EV Battery Lifespan vs. Gas Car Batteries: What a 2013 Nissan Pathfinder Battery Replacement Teaches Us in 2026Battery Guide

EV Battery Lifespan vs. Gas Car Batteries: What a 2013 Nissan Pathfinder Battery Replacement Teaches Us in 2026

Comparing a 2013 Nissan Pathfinder battery replacement to modern EV traction battery costs, degradation data, warranties, and chemistry trade-offs.

Silver-Zinc Batteries vs. Lithium-Ion: Could They Power Future EVs?Battery Guide

Silver-Zinc Batteries vs. Lithium-Ion: Could They Power Future EVs?

Are silver-zinc batteries viable for EVs? We compare their energy density, cycle life, and cost against LFP and NMC lithium-ion chemistries with real data.

2013 Kia Optima Battery to Modern EV: How Far Battery Tech Has ComeBattery Guide

2013 Kia Optima Battery to Modern EV: How Far Battery Tech Has Come

From the 2013 Kia Optima hybrid battery to 2026 EVs: compare LFP vs NMC chemistry, degradation data, replacement costs, and warranty terms in our battery tech guide.